Robert Meyer

Consulting Engineer

Requirements Management for Magnetic Sensors, Pressure Sensors, Motion Sensors

Analog Mixed Signal Circuits for Magnetic Sensor applications (in SOI Technology up to 210 degC), Current-DAC, Resistive DAC, SD-ADC, Instrumentation Amplifier, Signal Processing, PTAT circuit, Temperature compensation, Supply voltage and Current Regulator, Magnetic Sensor development for Speed and Angular applications, System Architect, Product Specification, Requirements engineering, Failure Analysis, CMMI, DFMEA, Functional Safety,

Specification of ASICs (in deep submicron Technology), Project Management for Pre-Development, Video- Audio Signal processing, Analog Modules specification,

Video- Audio Signal processing, Library development (for deep-submicron circuits, CMOS, SOA, Bipolar), Analog Modules development (for deep-submicron), Digital frequency Synthesizer (for line-locked clock, TFT Displays),

Video Signal processing (for multiple channels on one chip, for multiple Standards), Audio Signal processing (for multiple channels on one chip), Clock Synthesis (for line-locked clock Systems), AD-Converter, DA-Converter, Analog Amplifier, Analog Modules Development,

AD-Converter (Full-Flash-, Multistep-, Pipeline-), DA-Converter (Multiplying-, Resistive-, Logarithmic-, Current-, Graphics-, FIR-, Switch-), PLL-Synthesizer and System Clock Generation, Video Signal processing (Input clamping, Single-to differential conversion, controlled Nyquist-Filter),

Multiplying DA-Converter, PLL, Clock Synthesizer, System-Clock Generator with low-level clock and duty-cycle control, Digital Signal processing, Project leader,

Millimeter Waves Communication up to 40 GHz, Development of a calibrated measurement System for Waveguides up to 40 GHz, Development of a calibrated measurement System for Microstrip circuits from 2 GHz to 18 GHz, Development of calibration Tools for Microstrip lines and Waveguides,

Simulation of travelling waves on powerlines, Automatisierung einer Greinacher-Kaskade zur Messung von Vorentladungsstroemen im SF6 Medium,

Allgemeine Elektrotechnik, Hochspannungstechnik, Technische Akustik, Messtechnik, Hochfrequenztechnik,